MULTIFUNCTIONAL CARRYING DEVICE FOR TIDAL STREAM GENERATOR AND USING METHOD THEREOF

摘要

A multifunctional carrying device for a tidal stream generator and a using method thereof, the multifunctional carrying device for a tidal stream generator comprises: an elongated main floating body; carrying frames, horizontally extending towards the left side and the right side from the center part of the elongated main floating body, an end part of the carrying frames being used for carrying the tidal stream generator; the elongated main floating body being a central floating control pipe (100) with two ends sealed, cable tying locations being positioned at the two ends of the central floating control pipe (100), a pipe air inlet/outlet (702) being disposed above one end of the central floating control pipe (100) and a pipe water inlet/outlet (704) being disposed below the other end of the central floating control pipe (100); a remote air pipe (700), having one end connected to the pipe air inlet/outlet (702) and the other end connected to a control switch (707); the central floating control pipe (100) being connected to the carrying frames using orthogonal node components; and automatic depth-fixing and stabilizing parts (400), evenly disposed, along a vertical bisection plane of the orthogonal node components, on rigid parts that are directly connected to the orthogonal node components. The device has an efficient floating and sinking control function and an automatic depth-fixing and stabilizing function.

主权项

1. A multifunctional carrying device for a tidal stream generator, comprising:
an elongated main floating body; and a carrying frame, extending horizontally toward a left side and a right side from a center part of the elongated main floating body and having an end part used for carrying the tidal stream generator, wherein: the elongated main floating body is a central floating control pipe with two ends sealed; the two ends of the central floating control pipe are configured with cable tying locations; a pipe air inlet/outlet is disposed above one end of the central floating control pipe; a pipe water inlet/outlet is disposed below another end of the central floating control pipe; a remote air pipe has one end connected to the pipe air inlet/outlet and has another end connected to a control switch; orthogonal node components are configured to connect the carrying frames with the central floating control pipe; and automatic depth-fixing and stabilizing parts, evenly disposed, along a vertical bisection plane of the orthogonal node components, on rigid parts that are directly connected to the orthogonal node components.